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Thermal energy management
Solar & Wind
The efficiency of renewable energy systems depends on high-performance power conversion to deliver electricity to the grid. Inverters and converters rely on high-power semiconductors, such as IGBTs and SiC MOSFETs, which must manage massive energy flows and frequent power surges in demanding outdoor environments.
Aismalibar’s substrates are engineered to provide superior thermal conductivity while maintaining critical electrical insulation. By lowering operating temperatures and mitigating thermal stress on power modules, our materials enhance conversion efficiency and ensure the 20+ year reliability required for solar and wind infrastructure.
Power Converters
Power Converters & Inverters
The conversion of harvested energy into grid-ready power requires precise control over voltage and frequency. Minimising energy loss during this transformation is essential for system efficiency. As power densities increase, the semiconductors within these converters face extreme thermal stress, which can compromise the quality and stability of the electrical output. Aismalibar laminates are engineered to maximise heat dissipation in power modules, reducing thermal fatigue on transistors. Our materials ensure high dielectric strength and long-term stability, protecting critical components in harsh environments and guaranteeing the reliability of high-power conversion systems.
